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Research Experience

 

During the past years, I possess a very strong research profile during the past years where I am publishing two to four journal papers yearly in very prestigious international journals with Q1/Q2 rank based on the following impact factors: JCR/ Scimago/Scopus. I am now an IEEE senior member and the head of the research committee as well as the head of one research group, i.e., the communication systems group. I have obtained several awards from IEE, IEEE, DAAD… etc such as the best paper award from IEEE WSA. My researches have been supported by several grants and funds from EU and German companies and research organization such as LOEWE Priority Program Cocoon, the European Research Council (ERC), German Research Foundation (DFG),  German Academic Exchange Service (DAAD). Moreover, I was invited to attend many conferences and workshops. Please find a list of my published papers below. The main idea of my research is to develop advanced algorithms, codes, and prototypes in the following fields:

  • Wireless communication systems and networks

  • Applied Cryptography and Network Security for future wireless communication systems

  • Machine learning for future wireless communication systems

  • Statistical and digital signal processing

  • Audio, speech, and image signal processing

  • Distributed communication systems

  • Smart and IOT systems

  • Biomedical signal processing and health care systems

  • Optimization methods.

  • Wireless sensor networks

 

During 2008- 2021: Associate Professor, Assistant Professor, Junior Professor, Postdoctoral Researcher, Teaching and Research Assistant at the Electrical Engineering and Information Technology Department, Darmstadt University of Technology (TU-Darmstadt), Germany and the America University of the middle east, Kuwait 

 

  • Teach/prepare/propose undergraduate courses in all areas of electrical and computer engineering.

  • Supervise undergraduate projects in the fields of electrical and computer engineering

  • Served as an ABET coordinator for EE department.

  • Served as a coordinator of the curriculum development committee.

  • Served as a coordinator of the lab committee.

  • Served as a coordinator of the research committee.

  • Served as a member in the exam committee.

  • Served as a coordinator for many EE courses 

  • Served as a coordinator of the graduation project committee.

  • Served as a coordinator for academic activities.

  • Served as a member in many clubs such as robotic club, nanotechnology club, Space club... etc

  • Publishing two to four journal papers yearly in very prestigious international journals with Q1/Q2 rank based on the following impact factors: JCR/ Scimago/Scopus.

  • Head of the research committee as well as the head of one research group, i.e., the communication systems group.

  • Supervisor of graduate courses in the fields of electrical engineering and information technology such as "Advanced Algorithms for Smart Antenna Systems (multi-antenna systems, adaptive beamforming, and array signal processing techniques), Information Theory I & II, MIMO Communication Systems and Space Time Coding.

  •  Supervising PhD, MSc, and BSc theses and projects in order to develop and propose advanced and new techniques in the area of secure wireless communication systems and digital & statistical signal processing such as LTE and LTE-A, multi-antenna systems, MIMO detectors in LTE, MIMO channel estimation in LTE, channel coding and modulation techniques, baseband communications, multi-carrier transmission, multi-user and multi-carrier wireless communication systems (3G-4G), convex optimization algorithms for signal processing communications.

  • Working in Developing advanced and novel DSP algorithms based on AI/ML under projects supported by the LOEWE Priority Program Cocoon, the European Research Council (ERC), DFG, DAAD, CROWN in the fields of multi-antenna systems, MIMO detectors in LTE, MIMO channel estimation in LTE, channel coding and modulation techniques, baseband communications, multi-carrier transmission (OFDM), modeling of wireless channel characteristics, adaptive beamforming, sensor array processing, transceiver design, co-operative communications in relay networks, space-time block and trellis coding, multi-user and multi-carrier wireless communication systems (3G-4G), differential and blind multi-antenna techniques, convex optimization algorithms for signal processing communications, channel equalization, and other kinds of distortion and interference mitigation.

  • Working with companies, such as  mimoOn GmbH, Duisburg (http://www.mimoon.de) to propose advanced physical layer digital and statistical signal processing codes, prototypes, and algorithms with floating and fixed-point implementations  to be used in current LTE/LTE-A systems.

  • Attending and organizing academic conferences such as Cocoon Workshop 2011, 2012, 2013, 2014, SPAWC 2013, STATOS 2013, WSA2015, IEEESAM2008, ICASSP2015, IEEEWSA2012, EUSIPCO'13, IEEE ISWCS 2013, IEEE SAM2012,  IEEE CAMSAP2011.               

  • Reviewing international journal and conference papers.

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Jun. 2006- Mar.2008: Lecturer Wadi Al-Sir international college (UNRWA, United Nations), Amman, Jordan.

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  • Lecturer and project supervisor of undergraduate courses in the fields of electrical, electronic, communication and computer engineering.

  • Developing & proposing advanced algorithms in the fields of digital and statistical signal processing, audio and speech signal processing, audio and speech source coding such as LPC-10, RPE, RELP, RPE-LTP, sinusoidal speech coding, harmonic speech coding ... etc, audio and speech enhancement, speech recognition, and speaker identification, filter design, image processing, digital & wireless communication systems.

 

Sep. 2003- Aug. 2006: Lecturer, Teaching Assistant, and Research Assistant at the Electrical and Computer Engineering Department, University of Jordan, Amman, Jordan.

 

  • Teaching and supervising electrical, electronic, computer, and communication engineering labs and courses.

  • Developing & proposing advanced and new algorithms in the fields of digital and statistical signal processing, audio and speech processing, audio and speech source coding such as LPC-10, RPE, RELP, RPE-LTP, sinusoidal speech coding, harmonic speech coding ... etc, audio and speech enhancement, speech recognition, and speaker identification, filter design, digital & wireless communication systems.

  • Electrical and electronic circuits analysis and design.

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